
Our Mission
is to lower the cost of operating mechanical equipment through the digitalization of assets, providing digital twins to an ecosystem of operators and suppliers to achieve life extension, sustainability and reliability.
Sentient Science
Industry leader in advanced prognostic solutions
Expertise in tribology, physics and data science
Award winning solutions in Aerospace, Defense, Wind and Rail
DigitalClone and Industrial SaaS Powered by Physics and Data Science
Our applications are built off our platform which uses physics and data science based prognostics to reduce the operational costs of fielded assets by improving sustainability and reliability.
View Our Platform Offerings
Our SaaS Platform Solves Business Problems with Science
DigitalClone technology is transferable to any industrial or transportation application as it is rooted in simulating the failure process (lifecycle) over the lifetime of the asset under its unique operating conditions. By understanding how failure initiates and propagates in the asset, prescriptive life extension actions can be taken to mitigate risk of unplanned failure events.
Over 20 Years of Research and Development
Since 2001, Sentient Science has been devoted to extending remaining useful life of fielded assets and optimizing new product design and testing. It is this mission that has led to over 15 years of research and$22 million of competitive research and development funding for research and to validate our DigitalClone technology.

Awards

Year | Award by Agency | Phase | Program | Topic Code |
2020 | Department of Defense | Phase I | SBIR | A19-140 |
2020 | NASA | Phase II | STTR | T12 |
2019 | Department of Defense | Phase II | SBIR | A17-003 |
2018 | NASA | Phase I | STTR | T12 |
2018 | Department of Defense | Phase I | STTR | N18A-T005 |
2017 | Department of Defense | Phase II | SBIR | N152-109 |
2017 | Department of Defense | Phase I | SBIR | A17-003 |
2017 | Department of Defense | Phase II | SBIR | DLA-152-001 |
2016 | Department of Energy | Phase II | SBIR | 9.01.06.73-R |
2016 | Department of Defense | Phase I | SBIR | N152-109 |
2015 | Department of Defense | Phase I | SBIR | DLA-152-001 |
2015 | Department of Energy | Phase I | SBIR | 9.01.06.73-R |
2015 | Department of Energy | Phase I | SBIR | 9.01.06.73-R |
2014 | Department of Defense | Phase I | STTR | N14A-T019 |
2014 | Department of Defense | Phase I | SBIR | AF141-075 |
2013 | National Science Foundation | Phase II | SBIR | NM-1330900 |
2013 | Department of Defense | Phase II | STTR | N11A-T007 |
2012 | Department of Defense | Phase I | SBIR | A12-076 |
2012 | Department of Defense | Phase I | SBIR | A12-098 |
2012 | Department of Defense | Phase I | SBIR | A12-022 |
2012 | National Science Foundation | Phase I | SBIR | NM-1215280 |
2012 | Department of Defense | Phase I | STTR | N12A-T010 |
2012 | Department of Defense | Phase II | SBIR | A10-169 |
2011 | Department of Defense | Phase I | STTR | N11A-T007 |
2011 | Department of Defense | Phase II | SBIR | N101-006 |
2011 | Department of Defense | Phase II | SBIR | N093-170 |
2010 | Department of Defense | Phase I | SBIR | A10-169 |
2010 | Department of Defense | Phase II | SBIR | AF073-135 |
2010 | Department of Defense | Phase II | SBIR | N091-017 |
2010 | Department of Defense | Phase I | SBIR | N101-006 |
2010 | NASA | Phase I | SBIR | A209 |
2010 | Department of Defense | Phase I | SBIR | N093-170 |
2009 | Department of Defense | Phase I | SBIR | N091-017 |
2008 | Department of Defense | Phase I | SBIR | N08-122 |
2008 | Department of Defense | Phase I | SBIR | AF073-135 |
2007 | Department of Defense | Phase II | SBIR | N06-023 |
2007 | Department of Defense | Phase II | SBIR | AF06-094 |
2007 | Department of Defense | Phase II | SBIR | AF06171 |
2007 | Department of Defense | Phase II | SBIR | N05-094 |
2007 | NASA | Phase II | SBIR | A104 |
2006 | Department of Defense | Phase I | SBIR | N06-108 |
2006 | Department of Defense | Phase I | STTR | N06-T007 |
2006 | NASA | Phase I | SBIR | 05-II A1.04 |
2006 | Department of Defense | Phase I | SBIR | AF06-094 |
2006 | Department of Defense | Phase I | SBIR | N06-023 |
2006 | Department of Defense | Phase I | SBIR | AF06-171 |
2006 | NASA | Phase I | SBIR | A104 |
2005 | Department of Defense | Phase II | SBIR | A04-077 |
2005 | Department of Defense | Phase I | SBIR | N05-104 |
2005 | Department of Defense | Phase I | SBIR | N05-089 |
2005 | Department of Defense | Phase II | STTR | MDA04-T022 |
2005 | Department of Defense | Phase I | SBIR | N05-094 |
2005 | Department of Defense | Phase II | SBIR | N04-028 |
2005 | Department of Defense | Phase I | SBIR | AF05-188 |
2005 | Department of Defense | Phase I | SBIR | A04-077 |
2004 | Department of Defense | Phase I | STTR | MDA04-T022 |
2004 | Department of Defense | Phase I | SBIR | N04-028 |
2004 | Department of Defense | Phase II | SBIR | N02-195 |
2002 | Department of Defense | Phase I | SBIR |